CopciAB_369187
Coprinopsis cinerea A43mutB43mut pab1-1 #326

General data

Systematic name CopciAB_369187 Strain Coprinopsis cinerea Okayama 7
Standard name - Synonyms 369187
Uniprot id Functional description Protein tyrosine kinase
Location scaffold_8:1344961..1348145 Strand +
Gene length (nt) 3185 Transcript length (nt) 2643
CDS length (nt) 2559 Protein length (aa) 852

Reciprocal best hits in model fungi

Strain name Gene / Protein name

Orthologs in mushroom models

Strain name Gene / Protein name Pident E-value Bits
Hypsizygus marmoreus strain 51987-8 Hypma_RDB28781 34.4 4.355E-132 443
Auricularia subglabra Aurde3_1_1203874 33.8 1.141E-37 154

Expression

Name Summary Attribution Assay type
Carbon metabolism Transcriptional changes along alternative morphogenetic paths of C. cinerea Xie et al. 2020 RNA-Seq
Sample Mean cpm SD cpm Se of mean
sclerotia 97.8075 13.0678 7.5447
oidia 161.8973 22.5797 13.0364
vegetative_mycelium 115.5012 13.4879 7.7872
primordia 19.0546 0.5337 0.3081
hyphal_knot 128.8687 39.8783 23.0238
young_fruiting_body 74.8082 4.9665 2.8674
Complex carbon sources 1 (long incubation) Expression profiling on diverse complex carbon sources. Hegedus et al. RNA-Seq
Sample Mean cpm SD cpm Se of mean
Control - glucose 56.3291 9.4673 5.4659
Wheat bran 132.3582 11.4806 6.6283
Horse manure 65.8929 12.6714 7.3159
Oak leaves 46.7333 16.3702 9.4514
Hay 85.8808 10.514 6.0703
Corn stalk 93.6288 14.683 8.4772
Pectine 73.1361 3.6762 2.1224
Microcrystalline cellulose 65.5616 16.56 9.5609
Xylose 87.501 9.1618 5.2896
Cellobiose 64.453 7.0655 4.0793
Lignin 16.5866 5.4017 3.1187
Apple peels 61.1525 3.8627 2.2301
Coprinopsis challenged with bacteria Transcriptional response to Bacillus subtilis and Escherichia coli. Kombrink et al. 2018 RNA-Seq
Sample Mean cpm SD cpm Se of mean
Control 78.1264 10.204 5.8913
Bsubtilis 91.4952 5.0282 2.903
Ecoli 44.8804 2.7736 1.6014
Early development 1 Time series expression profiling of basidiospore and oidium germination Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
BS 0h 5.1016 0.7943 0.4586
BS 4h 2.5623 1.2824 0.7404
BS 8h 3.6022 1.7728 1.0235
BS 12h 2.3946 0.3402 0.1964
Oidia 0 h 0.9788 0.3844 0.222
Oidia 18 h 3.1726 1.3113 0.7571
Sclerotia 5.8058 3.5349 2.0409
Early development 2 Time series expression profiling of mycelial growth, light induction and fruiting body initiation. Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
DM 12h 36.3039 5.1944 2.999
DM 36h 30.9146 6.7949 3.9231
DM 60h 14.1817 0.4408 0.2545
DM 84h 24.3932 3.5353 2.0411
DM 108h 19.3688 5.4753 3.1612
DM 132h 17.0818 1.8774 1.0839
DM 156hAE 93.5997 30.1533 17.409
ELI1hAE 37.6893 8.0852 4.668
ELI2hAE 29.0046 10.5918 6.1152
LI2hAE 32.4101 9.0388 5.2185
LI6hAE 72.1955 15.1902 8.7701
LI12hAE 43.2092 7.7102 4.4515
LI18hAE 34.4615 7.7756 4.4893
LI 24hAE 82.3556 13.9249 8.0396
DM 156hAM 27.225 4.3236 2.4962
ELI1hAM 10.8071 4.1971 2.4232
ELI2hAM 9.5389 2.7587 1.5928
LI2hAM 15.8092 2.7461 1.5855
LI6hAM 26.1284 4.3478 2.5102
LI12hAM 30.9098 5.1132 2.9521
LI18hAM 24.7858 4.4099 2.5461
LI 24hAM 37.2018 8.6403 4.9885
LI 24hHK 27.465 3.1352 1.8101
L/D 6h 20.6201 3.0563 1.7645
L/D 12h 19.6798 1.5744 0.909
L/D 18h 38.5694 21.2374 12.2614
L/D 24h 13.9621 3.4284 1.9794
Fruiting body development RNA-Seq analysis of fruiting body development Krizsan et al. 2019 RNA-Seq
Sample Mean cpm SD cpm Se of mean
Vegetative mycelium 77.7763 6.9771 4.0282
Hyphal knots 94.2274 63.1346 36.4508
Primordium 1 23.724 2.7847 1.6077
Primordium 2 26.71 4.4541 2.5716
Young Fruiting body cap 7.8551 1.3718 0.792
Younf fruiting body gill 23.6259 15.6367 9.0278
Young fruiting body stipe 20.172 1.4354 0.8287
Mature fruiting body cap_gill 15.607 1.4746 0.8513
Mature fruiting body stipe 46.8191 10.6615 6.1554
Nitrogen sources (12h incubation) Expression profiling on diverse nitrogen sources. Hegedus et al. RNA-Seq
Sample Mean cpm SD cpm Se of mean
Complete medium - control 166.0801 31.1204 17.9674
NH4NO3 137.7303 17.0946 9.8695
Proline 132.3892 31.2664 18.0516
Tryptophan 105.729 37.5624 21.6866
Isoleucin 112.7965 14.6152 8.4381
Arginine 111.6548 13.6367 7.8732
Metionine 117.4417 14.4413 8.3377
NaNO3 100.9501 11.3697 6.5643
Plant biomass (12h incubation) Expression profiling on diverse plant biomasses as carbon sources. Hegedus et al. RNA-Seq
Sample Mean cpm SD cpm Se of mean
Glucose - control 166.0801 31.1204 17.9674
Citrus peel 126.2703 10.2277 5.905
Poplar leaves 121.2828 27.2462 15.7306
Typha leaves 110.2519 26.1906 15.1211
Overwintered Salix leaves 120.9666 23.4925 13.5634
Reed flowering 83.372 35.4055 20.4414
Tigernut 113.2976 5.4994 3.1751
Energy cane 174.0335 37.4176 21.6031
Guar gum 96.3281 25.8703 14.9362
Apple peels 114.3544 17.1507 9.902
Cellobiose 90.6102 13.7198 7.9212
Corn stalk 146.113 33.5115 19.3479
Horse manure 158.5403 15.2995 8.8332
Lignin 66.7466 35.6908 20.6061
Microcrystalline cellulose 96.5669 43.6033 25.1744
Oak leaves 136.6408 11.6619 6.733
Pectin esterified 98.8782 9.7336 5.6197
Poplar sawdust 147.7147 5.6434 3.2582
Wheat bran 130.4508 14.6679 8.4685
Chlamydomonas reinhardtii 190.1369 15.1891 8.7694
Vertatryl alcohol 28.9833 3.3286 1.9218
Furfural 41.0123 21.7223 12.5414
Autoclaved mycelium 120.0528 23.321 13.4644
Simple and complex carbon and nitrogen sources Expression profiling on diverse complex carbon and nitrogen sources. Hegedus et al. RNA-Seq
Sample Mean cpm SD cpm Se of mean
Glucose control 148.2295 4.5222 2.6109
Ribose 151.3124 33.995 19.627
Mannose 146.5367 1.8034 1.2752
Fructose 134.4624 9.8355 5.6785
Arabinose 159.6068 13.9441 8.0506
Xylose 132.1189 7.6972 4.444
Galacturonic acid 143.5722 17.8434 10.3019
Rhamnogalacturonan 133.8535 3.5977 2.0771
Pectin esterified 124.2263 6.814 3.9341
Polygalacturonic acid 124.2796 15.1515 8.7477
Sodium acetate 136.8314 8.8497 5.1094
No nitrogen 188.3038 26.9783 15.5759
BSA 145.2488 19.5911 11.3109
Glutamine 133.969 11.9395 6.8932
No phosphate 98.7286 14.0657 8.1208
No carbon 148.8909 1.0732 0.7588
No sulphur 134.6801 19.1554 11.0594
Simple and complex carbon sources (12h incubation) Expression profiling on diverse complex carbon sources. Hegedus et al. RNA-Seq
Sample Mean cpm SD cpm Se of mean
Glucose - control 166.0801 31.1204 17.9674
Amylose 137.5538 38.4769 22.2147
Fucose 153.0092 19.5351 11.2786
Galactose 145.4814 16.1236 9.3089
Lactose 79.9297 16.3519 9.4408
Maltose 101.7268 21.5143 12.4213
Mannitol 91.4873 19.7765 11.418
Rhamnose 119.0485 7.8448 4.5292
Sorbitol 100.7919 9.8521 5.6881
Trehalose 97.2666 23.1442 13.3623
Glycerol 107.6347 30.5789 17.6548
Glucuronic acid 171.5785 13.7667 7.9482
Arabinan 129.1844 44.8274 25.8811
Galactan 127.7973 14.229 8.2151
Galactomannan 153.6744 32.9759 19.0386
Glucan 132.2927 29.6313 17.1076
Xylan 162.3042 29.2055 16.8618
Xyloglucan 182.9745 8.9032 5.1403
Arabinogalactan 169.0405 9.1083 5.2587
Pectin 212.7544 7.2738 4.1995
Rhamnogalacturonan 169.6427 36.8105 21.2526
Polygalacturonic acid 139.6234 19.0693 11.0097
Mannan 148.2573 11.4039 6.584
Amylopectin 131.4732 17.8252 10.2914
Inulin 123.3051 14.4628 8.3501
BSA 83.9665 4.612 2.6627
Starvation induced by water agar transfer Expression profiling on starvation induced by transfer to water agar Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Control 14.1817 0.4408 0.2545
2h WAT 19.298 3.1199 1.8013
4h WAT 24.0473 5.1495 2.9731
8h WAT 13.9145 2.3705 1.3686
16h WAT 15.6363 3.9992 2.3089
24h WAT 21.7319 1.7431 1.0064
WAT hyphal knot -30h 15.9516 2.4709 1.4266
WAT hyphal knot -22h 25.9691 4.1599 2.4017
WAT hyphal knot -15h 22.3912 3.5127 2.0281
WAT hyphal knot -7.5h 15.2372 1.3392 0.7732
WAT hyphal knot 13.167 2.6345 1.521
WAT hyphal knot +7.5h 26.0172 4.4983 2.5971
Straw time series Time series expression profiling on straw as a carbon source Hegedus et al. RNA-Seq
Sample Mean cpm SD cpm Se of mean
Glucose control 71.0318 21.2065 12.2436
Straw 3h 56.6875 15.4249 8.9055
Straw 6h 102.0785 63.6495 36.7481
Straw 12h 131.8661 36.5092 21.0786
Straw 24h 93.5878 58.2437 33.627
Stress conditions 1 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 7.9764 0.8836 0.5102
Frost (-20C, 30min) 21.0782 4.7044 2.7161
Heat shock (47C, 2h) 38.1924 4.8219 2.7839
High CO2 13.5864 1.0751 0.6207
Drought (4% agar, 12h) 25.1541 3.1848 1.8388
Oxidative (1mM H2O2, 3h) 9.741 1.4439 0.8336
Acidic (pH4, 3h) 9.8623 2.7288 1.5755
Alkaline (pH9, 3h) 11.2394 1.677 0.9682
Osmotic (sorbitol 2h) 15.1376 2.8249 1.631
CongoRed (3h) 15.0971 6.9112 3.9902
Cobalt chloride control 19.1687 3.0304 1.7496
Cobalt chloride 2mM 8.2438 1.5249 0.8804
Stress conditions 2 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 22.8513 3.4138 1.971
Cold stimulation 22.1938 10.4302 6.0219
Scratched surface 16.9488 1.5434 0.8911
Ca2+, 200mM, 24h 8.5159 1.5881 0.9169
Cu2+, 2mM, 6h 13.058 2.9112 1.6808
Voriconazole 25.4393 7.124 4.113
Trichoderma interaction, early 17.086 2.6321 1.5196
Trichoderma interaction 60h 20.6413 5.9838 3.4547
Cobalt chloride 2mM repeat 20.8416 4.8085 2.7762
Hypoxia 13.5742 5.9034 3.4083
Hypoxia control 20.2134 5.8836 3.3969
Protoplastation control 35.9868 5.4036 3.8209
Protoplastation 3.5h 13.57 5.3328 3.7709
Protoplastation 1.5h 15.8252 0.8448 0.5974

General data

Systematic name -
Protein id CopciAB_369187.T0
Description Protein tyrosine kinase

Annotation summary

0 200 400 600 800 852

Conserved domains

Analysis Signature accession Signature description InterPro Accession Start End
CDD cd00882 Ras_like_GTPase - 627 713
Pfam PF07714 Protein tyrosine and serine/threonine kinase IPR001245 242 508
Pfam PF01926 50S ribosome-binding GTPase IPR006073 626 713

SignalP

Prediction Start End Score
No records

Transmembrane domains

Domain n Start End Length
No records

InterPro

Accession Description
IPR000719 Protein kinase domain
IPR011009 Protein kinase-like domain superfamily
IPR008271 Serine/threonine-protein kinase, active site
IPR001245 Serine-threonine/tyrosine-protein kinase, catalytic domain
IPR006073 GTP binding domain
IPR027417 P-loop containing nucleoside triphosphate hydrolase

GO

Go id Term Ontology
GO:0004672 protein kinase activity MF
GO:0005524 ATP binding MF
GO:0006468 protein phosphorylation BP
GO:0005525 GTP binding MF

KEGG

KEGG Orthology
No records

EggNOG

COG category Description
T Protein tyrosine kinase

CAZy

Class Family Subfamily
No records

Transcription factor

Group
No records

Conservation of CopciAB_369187 across fungi.

Arrow shows the origin of gene family containing CopciAB_369187.

Protein

Sequence id CopciAB_369187.T0
Sequence >CopciAB_369187.T0
MSSKQTLETLHRRLRECQCGEVSLELLHEKPATWIGHHRDDIAAICAAYSECYPILKDEGISEMLFPRTFILAAV
VLGSSEENTSALREILDAGRGLDRVARLAAYRTPKDGLRRILLSETAPTPGFIPRNVVDANFQAPRTSLRPMVNE
LLLLETAHIAALVVDCIEQGPGQDTLFLKKDPEVDQNLIDLFQGLLDYPALKSIHPMILRALIHLVKEAALFPRC
LVHQDVNIPGQRCTAIGSFGDVWKGDLRGQAVAVKVMRQHVTGIPVDSIIRGYGREAILWSQLHHPNVLPFYGIY
LWPSEDSGPTWVCLLSPWMANGNLSQYLEARPALDRMPLVRDIARGLNYLHSLDPSFIHGDIKSNNILVTPSGTA
CLADFGLGRLAPDARLGWRSSTVATGGPYLFSAPELLVEDVQPAKGPGSHEVTPAKKKSTQTDVYAFACVVYEMY
TGTPRFANLALAEAYRAIISNEPCERPAAMPEPLWAWINRAWDLNPDRRPAMSEFIQEFDPGPPSIQYKWDSKPV
SNLRSTTFLAVPPTPIRIQPPRLGTSASSLSASTITSSGASSTTLEVPQCDSPVEDYEVVNGFDDPPPEKSAPRP
EKPLPRRPARVPRSQASSFLEDDIIIALMGPTGSGKSTFINCALNDYVAPVSHTITSCTKEVGVYGCFHPNQPGR
RVFLVDTPGFESTAMHDRQTLELIAKWLKETYQTHVVLTGVLQFHSIADARVGGTKRDNLDVFRAMCGQDALKNV
VYVSTGWEDLDEEEQGERRQHQLVNDYLAEPLQHGCRYQPFLQRDFDAAWAIIDLFQEKRRALKIQEEMVKYRWR
LTQTSAYKALSRKFIKVFKFKRGSTMN
Length 852

Coding

Sequence id CopciAB_369187.T0
Sequence >CopciAB_369187.T0
ATGTCAAGCAAACAAACCTTGGAGACATTGCATCGACGGTTACGGGAGTGCCAGTGTGGCGAAGTTAGCCTGGAA
CTGTTGCACGAGAAACCAGCGACCTGGATTGGCCACCATCGAGACGACATCGCTGCCATTTGCGCCGCATATTCC
GAGTGTTACCCTATTCTGAAGGACGAAGGAATATCCGAAATGTTGTTTCCCCGAACGTTCATTCTGGCGGCAGTC
GTCCTGGGAAGTTCCGAGGAAAACACCAGTGCTCTCAGGGAAATCCTCGATGCAGGACGTGGCCTGGATCGAGTG
GCCCGCTTGGCCGCGTACAGGACACCCAAGGATGGGTTGCGACGTATTCTACTGTCAGAAACGGCTCCTACGCCT
GGATTCATCCCGCGAAATGTCGTAGACGCAAATTTCCAAGCACCGCGTACGTCCCTACGCCCTATGGTCAACGAG
CTCTTGCTCTTGGAAACGGCACATATCGCCGCCTTGGTCGTGGATTGCATTGAACAGGGGCCTGGGCAAGACACA
TTGTTCTTGAAAAAGGATCCGGAAGTGGACCAAAATCTCATAGATCTATTCCAAGGGCTTCTTGATTACCCTGCC
CTCAAGAGTATCCACCCCATGATTTTGCGTGCCCTCATCCACCTCGTGAAGGAAGCTGCACTATTCCCCCGCTGC
CTCGTCCATCAGGATGTCAACATCCCAGGCCAGCGCTGTACCGCAATTGGCTCGTTTGGAGATGTTTGGAAGGGG
GACCTTCGTGGACAGGCAGTCGCAGTCAAGGTCATGCGACAACATGTAACGGGTATACCGGTGGATTCGATCATC
AGAGGATATGGTCGGGAGGCCATCCTGTGGAGCCAGCTTCATCATCCCAATGTCCTGCCATTTTACGGCATTTAC
CTCTGGCCAAGCGAAGACTCCGGCCCGACTTGGGTTTGCTTACTTTCTCCTTGGATGGCAAATGGAAACCTTTCC
CAGTACCTTGAGGCCAGGCCCGCTTTGGATCGCATGCCCCTGGTTCGAGACATTGCTCGTGGGTTGAACTACCTA
CATTCCTTGGACCCCTCCTTCATCCATGGCGATATTAAATCTAATAATATTCTCGTGACCCCCTCTGGGACTGCG
TGCTTGGCAGACTTCGGACTAGGCCGTCTCGCACCGGATGCCCGCCTGGGCTGGCGTTCATCGACTGTTGCAACG
GGAGGGCCGTATCTCTTTTCGGCCCCGGAATTGCTTGTCGAGGATGTGCAACCTGCCAAAGGACCAGGTTCTCAC
GAGGTGACACCAGCGAAAAAGAAGTCAACCCAGACGGACGTCTACGCATTTGCCTGTGTTGTTTACGAGATGTAC
ACGGGCACACCTAGATTTGCAAACCTTGCGTTGGCTGAAGCCTACCGAGCAATCATTTCGAATGAGCCTTGCGAG
CGACCTGCTGCGATGCCAGAACCACTATGGGCTTGGATTAATCGGGCATGGGACCTCAACCCCGACCGAAGACCA
GCGATGTCTGAATTCATCCAAGAGTTCGATCCTGGGCCACCATCGATACAGTACAAGTGGGACTCCAAGCCCGTC
TCGAACCTGCGATCCACGACATTTTTGGCGGTGCCTCCTACTCCGATTCGCATTCAGCCACCCAGGTTGGGGACA
AGTGCGTCCTCACTCAGTGCGAGCACCATAACTAGTTCGGGTGCCTCTTCTACGACCCTCGAGGTACCGCAATGC
GATAGTCCGGTTGAAGACTATGAAGTTGTCAATGGCTTTGACGACCCTCCGCCAGAGAAGTCCGCCCCAAGGCCC
GAGAAGCCTCTCCCAAGACGTCCGGCCAGAGTGCCCAGGTCACAGGCGTCGTCATTCCTGGAGGATGACATTATA
ATTGCGTTAATGGGCCCGACCGGTAGTGGGAAAAGCACATTCATTAATTGCGCGTTGAACGACTATGTTGCGCCC
GTCTCGCACACGATAACATCCTGTACGAAGGAAGTTGGAGTGTACGGGTGCTTCCATCCGAACCAGCCGGGTCGG
CGAGTGTTCCTCGTCGACACTCCAGGGTTCGAAAGTACAGCCATGCACGATCGCCAAACTTTGGAGTTGATCGCT
AAATGGCTAAAGGAAACGTATCAAACGCACGTTGTGCTCACAGGGGTTTTGCAATTCCACTCGATCGCTGATGCC
AGGGTTGGAGGCACAAAAAGAGACAACTTAGATGTCTTCCGAGCGATGTGTGGCCAGGATGCGCTCAAGAACGTT
GTCTACGTCTCGACAGGTTGGGAGGACTTGGATGAAGAAGAGCAAGGTGAACGAAGGCAGCATCAGCTTGTCAAT
GATTACCTTGCAGAACCTCTGCAGCATGGGTGTCGCTACCAGCCTTTCCTCCAGCGAGACTTCGACGCGGCTTGG
GCTATCATCGACCTTTTCCAAGAGAAAAGAAGGGCGCTGAAAATACAGGAAGAGATGGTGAAATACAGATGGCGT
CTAACGCAAACATCTGCCTATAAAGCTCTATCTCGCAAATTTATTAAGGTGTTTAAATTCAAACGAGGTAGTACC
ATGAACTGA
Length 2559

Transcript

Sequence id CopciAB_369187.T0
Sequence >CopciAB_369187.T0
ACCCTATACCTTAACCCTTCACCGTTAGTTCTCGGTATCGATGTCAAGCAAACAAACCTTGGAGACATTGCATCG
ACGGTTACGGGAGTGCCAGTGTGGCGAAGTTAGCCTGGAACTGTTGCACGAGAAACCAGCGACCTGGATTGGCCA
CCATCGAGACGACATCGCTGCCATTTGCGCCGCATATTCCGAGTGTTACCCTATTCTGAAGGACGAAGGAATATC
CGAAATGTTGTTTCCCCGAACGTTCATTCTGGCGGCAGTCGTCCTGGGAAGTTCCGAGGAAAACACCAGTGCTCT
CAGGGAAATCCTCGATGCAGGACGTGGCCTGGATCGAGTGGCCCGCTTGGCCGCGTACAGGACACCCAAGGATGG
GTTGCGACGTATTCTACTGTCAGAAACGGCTCCTACGCCTGGATTCATCCCGCGAAATGTCGTAGACGCAAATTT
CCAAGCACCGCGTACGTCCCTACGCCCTATGGTCAACGAGCTCTTGCTCTTGGAAACGGCACATATCGCCGCCTT
GGTCGTGGATTGCATTGAACAGGGGCCTGGGCAAGACACATTGTTCTTGAAAAAGGATCCGGAAGTGGACCAAAA
TCTCATAGATCTATTCCAAGGGCTTCTTGATTACCCTGCCCTCAAGAGTATCCACCCCATGATTTTGCGTGCCCT
CATCCACCTCGTGAAGGAAGCTGCACTATTCCCCCGCTGCCTCGTCCATCAGGATGTCAACATCCCAGGCCAGCG
CTGTACCGCAATTGGCTCGTTTGGAGATGTTTGGAAGGGGGACCTTCGTGGACAGGCAGTCGCAGTCAAGGTCAT
GCGACAACATGTAACGGGTATACCGGTGGATTCGATCATCAGAGGATATGGTCGGGAGGCCATCCTGTGGAGCCA
GCTTCATCATCCCAATGTCCTGCCATTTTACGGCATTTACCTCTGGCCAAGCGAAGACTCCGGCCCGACTTGGGT
TTGCTTACTTTCTCCTTGGATGGCAAATGGAAACCTTTCCCAGTACCTTGAGGCCAGGCCCGCTTTGGATCGCAT
GCCCCTGGTTCGAGACATTGCTCGTGGGTTGAACTACCTACATTCCTTGGACCCCTCCTTCATCCATGGCGATAT
TAAATCTAATAATATTCTCGTGACCCCCTCTGGGACTGCGTGCTTGGCAGACTTCGGACTAGGCCGTCTCGCACC
GGATGCCCGCCTGGGCTGGCGTTCATCGACTGTTGCAACGGGAGGGCCGTATCTCTTTTCGGCCCCGGAATTGCT
TGTCGAGGATGTGCAACCTGCCAAAGGACCAGGTTCTCACGAGGTGACACCAGCGAAAAAGAAGTCAACCCAGAC
GGACGTCTACGCATTTGCCTGTGTTGTTTACGAGATGTACACGGGCACACCTAGATTTGCAAACCTTGCGTTGGC
TGAAGCCTACCGAGCAATCATTTCGAATGAGCCTTGCGAGCGACCTGCTGCGATGCCAGAACCACTATGGGCTTG
GATTAATCGGGCATGGGACCTCAACCCCGACCGAAGACCAGCGATGTCTGAATTCATCCAAGAGTTCGATCCTGG
GCCACCATCGATACAGTACAAGTGGGACTCCAAGCCCGTCTCGAACCTGCGATCCACGACATTTTTGGCGGTGCC
TCCTACTCCGATTCGCATTCAGCCACCCAGGTTGGGGACAAGTGCGTCCTCACTCAGTGCGAGCACCATAACTAG
TTCGGGTGCCTCTTCTACGACCCTCGAGGTACCGCAATGCGATAGTCCGGTTGAAGACTATGAAGTTGTCAATGG
CTTTGACGACCCTCCGCCAGAGAAGTCCGCCCCAAGGCCCGAGAAGCCTCTCCCAAGACGTCCGGCCAGAGTGCC
CAGGTCACAGGCGTCGTCATTCCTGGAGGATGACATTATAATTGCGTTAATGGGCCCGACCGGTAGTGGGAAAAG
CACATTCATTAATTGCGCGTTGAACGACTATGTTGCGCCCGTCTCGCACACGATAACATCCTGTACGAAGGAAGT
TGGAGTGTACGGGTGCTTCCATCCGAACCAGCCGGGTCGGCGAGTGTTCCTCGTCGACACTCCAGGGTTCGAAAG
TACAGCCATGCACGATCGCCAAACTTTGGAGTTGATCGCTAAATGGCTAAAGGAAACGTATCAAACGCACGTTGT
GCTCACAGGGGTTTTGCAATTCCACTCGATCGCTGATGCCAGGGTTGGAGGCACAAAAAGAGACAACTTAGATGT
CTTCCGAGCGATGTGTGGCCAGGATGCGCTCAAGAACGTTGTCTACGTCTCGACAGGTTGGGAGGACTTGGATGA
AGAAGAGCAAGGTGAACGAAGGCAGCATCAGCTTGTCAATGATTACCTTGCAGAACCTCTGCAGCATGGGTGTCG
CTACCAGCCTTTCCTCCAGCGAGACTTCGACGCGGCTTGGGCTATCATCGACCTTTTCCAAGAGAAAAGAAGGGC
GCTGAAAATACAGGAAGAGATGGTGAAATACAGATGGCGTCTAACGCAAACATCTGCCTATAAAGCTCTATCTCG
CAAATTTATTAAGGTGTTTAAATTCAAACGAGGTAGTACCATGAACTGATGCGTGTATGTCATATCAATATAAAA
GTCTATGCATATCGGCAC
Length 2643

Gene

Sequence id CopciAB_369187.T0
Sequence >CopciAB_369187.T0
ACCCTATACCTTAACCCTTCACCGTTAGTTCTCGGTATCGATGTCAAGCAAACAAACCTTGGAGACATTGCATCG
ACGGTTACGGGAGTGCCAGTGTGGCGAAGTTAGCCTGGAACTGTTGCACGAGAAACCAGCGACCTGGATTGGCCA
CCATCGAGACGACATCGCTGCCATTTGCGCCGCATATTCCGAGTGTTACCCTATTCTGAAGGACGAAGGAATATC
CGAAATGTTGTTTCCCGTTCGTAAAGCTTTTCATTCCACATCCATGCATCCGGCTGACTGGGACTGACGATCGAT
AGCGAACGTTCATTCTGGCGGCAGTCGTCCTGGGAAGTTCCGAGGAAAACACCAGGTCGGTTGCTTCGCGCCTCA
AAGTTTCCTCTTTCGCTCATCGACGATCCTATTTGGTCTTCAGTGCTCTCAGGGAAATCCTCGATGCAGGACGTG
GCCTGGATCGAGTGGCCCGCTTGGCCGCGTACAGGACACCCAAGGATGGGTTGCGACGTATTCTACTGTCAGAAA
CGGCTCCTACGCCTGGATTCATCCCGCGAAATGTCGTAGACGCAAATTTCCAAGCACCGCGTACGTCCCTACGCC
CTATGGTCAACGAGCTCTTGCTCTTGGAAACGGCACATATCGCCGCCTTGGTCGTGGATTGCATTGAACAGGGGC
CTGGGCAAGACACATTGTTCTTGAAAAAGGATCCGGAAGTGGACCAAAATCTCATAGATCTATTCCAAGGGGTGC
GTCCGTTTACTTCTCACCTTCTAGTAAAGCGTTACTCAATGTGCAACGTCGACCGTAGCTTCTTGATTACCCTGC
CCTCAAGAGTATCCACCCCATGATTTTGCGTGCCCTCATCCACCTCGTGAAGGAAGCTGCACTATTCCCCCGCTG
CCTCGTCCATCAGGATGTCAACATCCCAGGCCAGCGCTGTACCGCAATTGGCTCGTTTGGAGATGTTTGGAAGGG
GGACCTTCGTGGACAGGCAGTCGCAGTCAAGGTCATGCGACAACATGTAACGGGTATACCGGTGGATTCGATCAT
CAGAGTGAGTAACGTCGACGTCTGTGCAGGGATTCTCTTATCATTCTTAAACAGGGATATGGTCGGGAGGCCATC
CTGTGGAGCCAGCTTCATCATCCCAATGTCCTGCCATTTTACGGCATTTACCTCTGGCCAAGCGAAGACTCCGGC
CCGACTTGGGTTTGCTTACTTTCTCCTTGGATGGCAAATGGAAACCTTTCCCAGTACCTTGAGGCCAGGCCCGCT
TTGGATCGCATGCCCCTGGTGAGCTTAAGACCGCACGGCGTGTCAACTTGTCGCTCATCTTCTGTCAGGTTCGAG
ACATTGCTCGTGGGTTGAACTACCTACATTCCTTGGACCCCTCCTTCATCCATGGCGATATTAAATCTGTAAGAT
GCACAGCCCACGTTCAGTAACACTCTTTAACAATGCTCTTAGAATAATATTCTCGTGACCCCCTCTGGGACTGCG
TGCTTGGCAGACTTCGGACTAGGCCGTCTCGCACCGGATGCCCGCCTGGGCTGGCGTTCATCGACTGTTGCAACG
GGAGGGCCGTATCTCTTTTCGGCCCCGGAATTGCTTGTCGAGGATGTGCAACCTGCCAAAGGACCAGGTTCTCAC
GAGGTGACACCAGCGAAAAAGAAGTCAACCCAGACGGACGTCTACGCATTTGCCTGTGTTGTTTACGAGGTACGG
TGGTTCACCTCTTACCGGCTCCGGTTGCTCAACTTATCCAGATGTACACGGGCACACCTAGATTTGCAAACCTTG
CGTTGGCTGAAGCCTACCGAGCAATCATTTCGAATGAGCCTTGCGAGCGACCTGCTGCGATGCCAGAACCACTAT
GGGCTTGGATTAATCGGGCATGGGACCTCAACCCCGACCGAAGACCAGCGATGTCTGAATTCATCCAAGAGTTCG
ATCCTGGGCCACCATCGATACAGTACAAGTGGGACTCCAAGCCCGTCTCGAACCTGCGATCCACGACATTTTTGG
CGGTGCCTCCTACTCCGATTCGCATTCAGCCACCCAGGTTGGGGACAAGTGCGTCCTCACTCAGTGCGAGCACCA
TAACTAGTTCGGGTGCCTCTTCTACGACCCTCGAGGTACCGCAATGCGATAGTCCGGTTGAAGACTATGAAGTTG
TCAATGGCTTTGACGACCCTCCGCCAGAGAAGTCCGCCCCAAGGCCCGAGAAGCCTCTCCCAAGACGTCCGGCCA
GAGTGCCCAGGTCACAGGCGTCGTCATTCCTGGAGGATGACATTATAATTGCGTTGGTATTCTTTCCCACTAGTG
TCGAATTGCTGGGCTCACCCACCACTTCCAGGTTAATGGGCCCGACCGGTAGTGGGAAAAGCACAGTGAGTGGTT
TACCGACAGGCACCCTTCCTCATTGACACTGATGCATTTTGAGCAGTTCATTAATTGCGCGTTGAACGACTATGT
TGCGCCCGTCTCGCACACGATAACATCCTGTACGAAGGAAGTTGGAGTGTACGGGTGCTTCCATCCGAACCAGCC
GGGTCGGCGAGTGTTCCTCGTCGACACTCCAGGGTTCGAAAGTACAGCCATGCACGATCGCCAAACTTTGGAGTT
GATCGCTAAATGGCTAAAGGAAACGTGAGCTTTTTTCCGGACGCATTCCCGACGCCCAACCTAAATTGTTCCAGG
TATCAAACGCACGTTGTGCTCACAGGGGTTTTGCAATTCCACTCGATCGCTGATGCCAGGGTTGGAGGCACAAAA
AGAGACAACTTAGATGTCTTCCGAGCGATGTGTGGCCAGGATGCGCTCAAGAACGTTGTCTACGTCTCGACAGGT
TGGGAGGACTTGGATGAAGAAGAGCAAGGTGAACGAAGGCAGCATCAGCTTGTCAATGATTACCTTGCAGAACCT
CTGCAGCATGGGTGTCGCTACCAGCCTTTCCTCCAGCGAGACTTCGACGCGGCTTGGGCTATCATCGACCTTTTC
CAAGAGAAAAGAAGGGCGCTGAAAATACAGGAAGAGATGGTGAAATACAGATGGCGTCTAACGCAAACATCTGCC
TATAAAGCTCTATCTCGCAAATTTATTAAGGTGTTTAAATTCAAACGAGGTAGTACCATGAACTGATGCGTGTAT
GTCATATCAATATAAAAGTCTATGCATATCGGCAC
Length 3185